def test_redeem():
r = Redeem("/usr/src/redeem/configs")
g = r.printer.processor
for gcode in g.get_test_gcodes():
logging.info("Testing '"+gcode.message+"'")
g.execute(gcode)
r.exit()
pass
def test_redeem():
r = Redeem()
g = r.printer.processor
for gcode in g.get_test_gcodes():
logging.info("Testing '" + gcode.message + "'")
g.execute(gcode)
r.exit()
pass
def test_redeem():
r = Redeem("/usr/src/redeem/configs")
r.printer.enable.set_enabled()
g = r.printer.processor
for gcode in g.get_test_gcodes():
logging.info("Testing '" + gcode.message + "'")
g.execute(gcode)
r.exit()
pass
def test_code(test_str):
r = Redeem("/usr/src/redeem/configs")
g = r.printer.processor
for line in test_str.splitlines():
if line:
print line
g.execute( Gcode({"message": line, "prot":"testing"}) )
r.exit()
def test_code(test_str):
r = Redeem("/usr/src/redeem/configs")
r.printer.enable.set_enabled()
g = r.printer.processor
for line in test_str.splitlines():
if line:
print line
g.execute(Gcode({"message": line, "prot": "testing"}))
r.exit()
def test_file(test):
r = Redeem("/usr/src/redeem/configs")
r.printer.enable.set_enabled()
g = r.printer.processor
f = open(test, 'r')
for line in f.readlines():
if line:
print line
g.execute(Gcode({"message": line, "prot": "testing"}))
r.exit()
f.close()
def test4():
test_str = """
G28
G1 F5000.000
G1 Z0.350
G1 X-100.0 Y-100.0
G1 X100.0 Y-100.0
G1 X100.0 Y100.0
G1 X-100.0 Y100.0
G1 X0.0 Y0.0
"""
r = Redeem()
g = r.printer.processor
for line in test_str.splitlines():
if line:
print line
g.execute(Gcode({"message": line, "prot": "testing"}))
r.exit()
def test4():
test_str = """
G28
G1 F5000.000
G1 Z0.350
G1 X-100.0 Y-100.0
G1 X100.0 Y-100.0
G1 X100.0 Y100.0
G1 X-100.0 Y100.0
G1 X0.0 Y0.0
"""
r = Redeem()
g = r.printer.processor
for line in test_str.splitlines():
if line:
print line
g.execute( Gcode({"message": line, "prot":"testing"}) )
r.exit()
def setUpClass(cls, mock_init_path_planner):
"""
Allow Extruder or HBP instantiation without crashing 'cause not BBB/Replicape
"""
def disabled_extruder_enable(self):
self.avg = 1
self.temperatures = [100]
pass
def disabled_hbp_enable(self):
pass
def bypass_init_path_planner(self):
pass
mock.patch('redeem.Extruder.Extruder.enable',
new=disabled_extruder_enable).start()
mock.patch('redeem.Extruder.HBP.enable',
new=disabled_hbp_enable).start()
mock.patch('redeem.PathPlanner.PathPlanner._init_path_planner',
new=bypass_init_path_planner)
cls.temporary_config_directory = tempfile.mkdtemp()
cls.setUpConfigFiles(cls.temporary_config_directory)
cls.R = Redeem(config_location=cls.temporary_config_directory)
cls.printer = cls.R.printer
cls.printer.config.replicape_key = "TESTING_DUMMY_KEY"
cls.setUpPatch()
cls.gcodes = cls.printer.processor.gcodes
cls.printer.send_message = mock.create_autospec(
cls.printer.send_message)
cls.printer.movement = Path.ABSOLUTE
cls.printer.feed_rate = 0.050 # m/s
cls.printer.accel = 0.050 / 60 # m/s/s
Gcode.printer = cls.printer
Path.printer = cls.printer
cls.printer.speed_factor = 1.0
"""
We want to ensure that printer.factor is always obeyed correctly
For convenience, we'll set it to mm/inch and check that resulting
paths have the correct meter values, converted from inch input.
"""
cls.printer.unit_factor = cls.f = 25.4 # inches
cls.printer.probe_points = []
def test_load():
r = Redeem("/usr/src/redeem/configs")
r.exit()
def test2():
r = Redeem()
g = r.printer.processor
g.execute(Gcode({"message": "G28", "prot": "testing"}))
r.exit()
def test_load():
r = Redeem("/usr/src/redeem/configs")
r.exit()
def test2():
r = Redeem()
g = r.printer.processor
g.execute( Gcode({"message": "G28", "prot": "testing"}) )
r.exit()